KR101764136B1 - The security CCTV using Network and the municipal wireless communicative net devices with NGO services for citizens - Google Patents

Abstract

The purpose of the present invention is to build a safe city environment through the establishment of a location management system using a wireless self-communication network, to establish an autonomous organization base station for an Internet of things such as a surveillance camera for a security, a sensor for water leakage, public bicycles, emergency bells, street lamps, remote measurements and the like through the building of a machine to machine (M2M) system which maximizes the security through a minimum communication fee, and to maximize the security and efficiently minimize a communication fee by separating physically from an inner network through a network separation server and controlling the same. A terminal comprises: a long-distance communication unit; a middle-distance communication unit; a short-distance communication unit; a pairing unit, an Wi-Fi communication unit; a three-shaft acceleration sensor; a GPS receiving unit; a coupling housing; a sensor unit; a power unit; an emergency bell; and a main control unit, which are integrally formed within a housing.

Description

[TECHNICAL FIELD OF THE INVENTION] The present invention relates to a security communication system for a non-profit public service using a CCTV surveillance camera network,

Differentiated from the related 'heterogeneous frequency' communication method in that a plurality of heterogeneous data collected through one or more communication such as a short-range communication unit, a middle-distance communication unit, a sensor unit, and a GPS receiving unit is finally transmitted through LPWAN communication of the GPS- .

It is related to the establishment of a communication network of a self-government wireless company that has enhanced security to provide internal facilities management and external public service by establishing a wireless communication network that is physically separated or physically separated from the internal network of an autonomous entity and an ISP business network.

In addition, communication costs are minimized by linking with existing CCTV network (self-network / leased line / VPN).

(Water, gas, heating, electric power, heat), sensor network field (water quality sensor, flow sensor, gas sensor, fire detection sensor), location based field (courier vehicle, golf cart, ), Remote monitoring / control field (security and street light control, water leakage detection, crop management), integrated meter reading (water, heating, gas, electric power and calorie) (Machine to Machine) data communication forming a wireless LAN (Local Area Network) network.

The present invention utilizes a wired communication network opened in the security CCTV in a residential area as a backbone network to construct a wireless communication network, so that no additional communication cost is incurred.

In addition, an ISP (Internet Service Provider) network is used as a redundant backup network, and an external network is combined to provide public services to the outside.

Maintenance network for service providers maintaining internal information system (internal network) and Internet network (external network). Security network system for strengthening internal information system security management from cyber threats This is a technology that enhances disaster prevention security through a separate server for service providers.

In order to commercialize LPWAN (Low Power Wide Area Network) technology, LTE-M and LTE-M are commercialized in Korea by LoRA.

RFID (Radio-Frequency Identification) is a system that identifies IDs using frequencies and is called an electronic tag. RFID technology is a technology that uses radio waves to recognize information from a long distance. Here, RFID tags (hereinafter referred to as tags) and RFID readers (hereinafter referred to as readers) are required. A tag consists of an antenna and an integrated circuit, which records information in an integrated circuit and transmits information to the reader via an antenna. This information is used to identify the tagged object. In a nutshell, it is similar to a barcode. RFID differs from bar code systems in that it uses radio waves instead of reading them using light. Therefore, it does not work at short distances like a barcode reader, it can read a tag from a long distance, and it can even receive information through an object in between.

RFID can be classified as power used. The RFID that reads and communicates information of the chip only by the power of the reader is called passive RFID. Semi-passive RFID refers to the use of the power of a chip to read information from a chip, and the power of a reader to communicate with a tag. Finally, active RFID uses the power of the tag to both read information from the chip and communicate that information.

RFID is divided into frequency of radio waves used for communication instead of power. Low-frequency RFID is called LFID (Low-Frequency IDentification) and uses radio waves of 120 to 140 kilohertz (kHz). High-Frequency IDentification (HFID) uses 13.56 megahertz (MHz), while UHFID (Ultra High-Frequency IDentification), which uses higher frequencies, uses radio waves in the 868-956 MHz band.

However, there are still many obstacles to using RFID. There is no established international standard. Therefore, the frequencies used in the United States and Europe and Japan are not compatible with each other. For this reason, it will take a long time for RFID passports to be automatically passed through the airport.

There is also concern among those who oppose the introduction of RFID. Civic organizations worry about personal information being exposed through RFID. If an ID tag is attached to an RFID tag, it is possible that anyone with the reader reading the same frequency can obtain my information. In addition, when RFID is used instead of a bar code for product management, each item is given a serial number, so that if the consumer does not remove the tag at the time of payment, the customer's travel route may be tracked by another person.

Current RFID technology is vulnerable to security threats such as tag information and forgery of sensor nodes, camouflage readers, DoS attacks, and leakage of personal tracking information from the network. In addition, RFID is much more vulnerable than existing networks because the number of tags and nodes to be managed is much larger than existing networks and the network constituted by them is an autonomous distributed structure rather than a centralized structure.

The present invention uses RFID middle-range communication with low security for the required security level, but the main feature using NFC short-range communication is applied when high security is required.

The relatively secure NFC is a short distance communication method within 10cm distance. It is often called 'NFC' after 'Near Field Communication'. The Bruno Charrat patented in 1999, and the world-renowned NFC uses the ISO / IEC standard and is based on RFID. Nokia, Philips, and Sony organized the NFC Forum in 2004 and established international standards such as interface protocol specifications for NFC-based service extensions. Since 2006, most of the standards required for NFC commercialization have been established.

The origin of the short-range communication method similar to NFC is the bar code. A bar code is a letter and a numeral code, which is read by an optical signal reading device. It is often indicated on a product and has been popularized in the field of inventory management and distribution. A more advanced method is Radio Frequency Identification (RFID).

The RFID system, which was patented in 1983, is a device that enables information communication through the proximity propagation while complementing the shortcomings of the existing bar code. And recognizes the information of the object to which the RFID tag is attached by identifying the frequency. High-pass, which recognizes vehicle information on highways and collects tolls, is a typical example of using RFID. The RFID method generally operates at a distance of 50cm to 1m or more, and supports read-only or read / write functions.

There are two major differences between RFID and NFC methods. First, NFC is capable of bidirectional communication, while RFID is only capable of unidirectional communication. Second, NFC operates at a shorter distance than RFID. The NFC operates at a distance of 10 cm and communicates using a frequency of 13.56 MHz. It is necessary to maintain the device in a certain direction within a short distance, and smart card security technology that is stronger than RFID is used. Most of the transportation cards and smart payment functions used in Korea utilize the NFC method.

A typical NFC terminal is composed of an antenna for transmitting and receiving radio waves, an NFC chip for data processing, and a security module for security. NFC handsets are compatible with the infrastructure of existing contactless cards because they utilize the core elements defined in the contactless card technology standard (ISO / IEC 14443 A & B, JIS-X 6319-4). According to the Patent Office, the number of NFC patent applications has increased from 78 in 2010 to 1001 in 2014. Among them, tag technology accounts for 30% and card payment technology account for 27%. This shows that it is especially used in mobile payment field.

ZigBee is a standard technology for configuring and communicating with private networks using small, low-power digital radios. It is based on the IEEE 802.15 standard. By using the mesh network method, the mobile device transmits data to the destination through several intermediate nodes, so that a wide range of communication is possible despite the low power. Due to the ad hoc network characteristics, it is suitable for applications where no central node exists.

They are used in areas requiring long battery life and security while requiring only low transmission speeds. It has a transmission rate of 250 kbit / s and is best suited for periodic or intermittent data transmission or data transmission for simple signal transmission such as sensors and input devices. Applications include wireless lighting switches, household watt-hour meters, traffic management systems, and other personal and industrial devices that require near-field low-speed communication. The standards are aimed at simpler and cheaper technologies compared to other WPAN technologies such as Bluetooth and Wi-Fi.

Public networks provide security with 128-bit symmetric key encryption. For home automation applications, transmission distances range from 10 to 100 meters of line-of-sight, depending on output power and wireless environment.

Bluetooth was the industry standard for personal short-range wireless communications originally developed by Ericsson in 1994. It was officially announced on May 20, 1999. The name Bluetooth is the English equivalent of the Danish King Herald Blatant. The proposer was Jim Kardach, who suggested reading the novel Viking of the novelist Franz G. Bengtsson and the historical novel The Long Ships of the Herald Blatter. Just as the Herald Bratland unified Scandinavia, it means that wireless communications should be unified with Bluetooth. In 1998, Ericsson, Intel, Lenovo, Microsoft, Apple, Nokia, Toshiba and IBM participated in the bluetooth alliance called Bluetooth Special Interest Group. Bluetooth allows multiple devices to communicate with each other using radio frequencies that are available globally at a safe and low cost. In addition, Bluetooth is one of the industry standards of PANs using IEEE 802.15.1 standard. Bluetooth uses the ISM band 2.45 GHz. Versions 1.1 and 1.2 have a speed of 723.1 kbps, and version 2.0 features EDR, which can speed up to 2.1 Mbps. Bluetooth is a replacement for wired USB, and Wi-Fi is a replacement for Ethernet. SAFER is used for encryption. In order to establish a reliable connection between devices, a pairing using a keyword is performed.

Using a technology called UNB (Ultra Narrow Band), Siggox connects a chipset-based communication modem to various objects without a separate base station or transponder. It can send and receive only necessary data at close range, And power consumption is minimized. Urban areas can be transported up to 3km-10km, suburban areas can be transported up to 30-50km, and if visibility is secured, 1,000km is possible. In order to be able to utilize without paying the frequency allocation fee, it is possible to freely provide services by utilizing the 'license-free frequency band' left by the government. Mobile networks, such as general cellular and Wi-Fi, are optimized for general users to make phone calls or support multimedia content consumption, but for the Internet to be a reality, a dedicated network is needed for low-powered computer-powered objects in small batteries. Sigfox is aiming for a service that can accommodate many devices at low cost and low cost. Sigfox uses unlicensed frequency bands and is able to use up to 140 messages a day for up to 12 bytes of messages. They also offer a fare between $ 1 and $ 12 per device per year.

Among the requirements of network sensors for Internet (IoT) implementation, maintaining battery for a long time and expanding wireless coverage has become a central issue. IoT operators are faced with the challenge of building a simple yet solid infrastructure with limited resources, which requires a solution that allows for easy design, rapid product launch, good interoperability and nationwide deployment while minimizing total cost.

Competing with UNW in the Low Power Wide Area Network (LPWAN), LoRA LPWAN has a battery life of more than 10 years in a range of 10 miles (16.093 kilometers) or more (suburban) (Machine-to-Machine) wireless communications and connect millions of wireless sensor nodes to the gateway. It can easily connect with the Laura Alliance infrastructure along with the existing infrastructure, including public LAN operated by private LAN and telecommunication operators, and it is a technology that can construct Low Power Wide Area Network (LPWAN) nationwide. LoRA technology has been described as a way to address the long dilemma of having to choose one between broader coverage and lower power consumption, enabling higher scalability and cost-effectiveness for embedded applications compared to 3G and 4G cellular networks . By using LoRA technology, it is possible to maximize both, reduce additional repeater costs, operate reliably in harsh outdoor environments, and is well suited for a wide range of low-speed wireless monitoring and control designs.

Long Term Evolution (LTE) is a wireless technology designed to increase the capacity and speed of mobile phone networks. It is a wireless technology that supports LTE-A, broadband LTE, LTE-R, narrowband LTE, LTE- (Heterogeneous), and LTE-U (unlicensed).

In particular, narrowband LTE uses a narrow bandwidth with LTE-MTC (MarrowBand-LTE-Machine) and narrower NB-LTE-M (Narrowband-LTE-Machine) -LTE and KT are commercializing LTE-M.

LTE-M is a mobile communication standard series that can communicate with the narrowband IoT in the permitted frequency band. LTE-M is an international standardization organization.

By definition,

This technology, also known as M2M (Machine To Machine), can be thought of as bringing a transportation card when driving on a bus or subway. This is because the traffic card and the terminal communicate with each other to exchange information and make payments.

This technology, called IoT (Internet of Things), is a physical network in which objects equipped with sensors and communication chips can automatically transmit and receive real-time data without human intervention. Objects In the Internet environment, devices (objects) with sensors or communication functions can be connected to the Internet to collect information around them, exchange information with other devices, and make appropriate decisions. Even if a person does not manipulate or instruct each other, the machine takes care of things. It is a huge ecosystem of wired and wireless networking objects based on attached sensors and chips. Objects The Internet is based on Bluetooth, Near Field Communication (NFC), sensor data, and networks.

Wi-Fi originated in the name of the Wireless Fidelity Alliance, and its official name is Wireless Local Area Network (WLAN).

MAC address is a 48-bit hardware address of a network card used by the MAC layer of the data link layer, and is the same as an Ethernet address or a token ring address.

The hardware address assigned by the network card manufacturer is a universally administered address (UAA), and all network cards have unique values. However, the UAA can be changed for management purposes. Such a MAC address is called a locally administered address (LAA).

An IP address is an IP address, which is a 32-bit address assigned to a physical network address in order to efficiently route on the Internet. An IP address allows you to identify the network on which the host is located, as well as identify the only host on the network. IP addresses are divided into classes and all hosts on the same network share the same prefix.

ID Address is a method of identifying a device by inputting a serial number to the device.

The present invention relates to an LPWAN (Low Power Wide Area Network) having a communication radius larger than that of a short distance.

(1Gbps) and up to 1,300 times (100Gbps) faster than LTE (75Mbps), which is a 4G mobile communication technology. In mobile phones, G stands for 'generation', which means generation. So, 5G mobile communication means 5th generation mobile communication. Generations are based on when technologies are dramatically different. Generally, generations are classified according to how much technology has been developed to transfer large amounts of data at a high speed.

In case of temporary internal failure of the network, data which does not have a big problem is received through the internal network LPWAN repeater and is physically blocked from the external network, Only the data is processed.

In case of failure of the internal network such as the emergency emergency call of the vulnerable class, it is important data that can not provide the emergency relief service correctly, but the network which duplicates the external network and the internal network for the data of the public service with low internal security do.

The access from the external network applies a system that physically blocks external hacking through a physical network separation server where data is only physically transmitted in one direction.

The network should be designed to separate the Internet from the Internet when building a computer network to communicate work security data (Reflecting the basic design according to Article 40 (NIS) Article 40 (Business Network Security Management)

(2.2.8) "," service provider (development, maintenance, etc.) of the Internet connection of the service provider " (2.2.9) "Do you take security measures against

The evaluation of the security level of e-government's public service (Subject: Security Administration) The main task is network security measures satisfying "Is the subcontractor business network separated from the Internet network (15.6)"?

The terminal is divided into an internal network terminal that is used only in the internal network, an external network terminal that provides services to the internal network in the external network, and a hybrid terminal that is constructed as a backup network at the same time as the internal network and the external network, To build a security-enhanced local self-service wireless network.

In addition, NFC communication is used for local communication requiring high security. In case of low security, data produced and manufactured using medium distance communication (RFID, Bluetooth, etc.) is transmitted to LPWAN repeater and LPWAN modem, It communicates data with the server.

Establish safe urban environment through building location management system using wireless communication network.

Maximized security with minimum communication cost By constructing M2M (Machine to Machine) system, CCTV, cardiac defibrillator, leak sensor, public bicycle, emergency bell, location information, health information, Establish self-governing base stations for communication of information such as security, remote meter reading,

The internal network access terminal and the external network access terminal physically separate and control the internal network through a network separation server to maximize security and to achieve an efficient minimum communication cost.

The present invention is not a technique for efficiently using communication frequency resources, and is not a technique related to a heterogeneous frequency communication method.

 A feature of the present invention is a technology related to a standard-type terminal that uses functions necessary in various situations in an optimal power supply (rechargeable / replaceable) situation by using a coupling / It is for the long distance communication of the processed data.

When the advantage of the medium-range communication unit is required, various types of medium-range communication modems can be applied to the situation, and the short-range communication unit maximizes the security to compensate for the shortcomings of the medium-range communication.

The above technology is new concept and novelty with LPWAN standard type terminal that provides functionality, optimal communication efficiency and optimal security by combining with function module of sensor part with intelligent context adaptive technology, not simple plug food concept.

1 is a schematic view of an embodiment of the present invention.

Ultra Narrow Band (UNB) with Low Power Wide Area Network (LPWAN)

It is related to LPWAN standard type terminal applied to LoRA terminal, LTE-M terminal, NB-LTE terminal, IoT @ home terminal by LoRAWAN (LoRA Wide Area Network), WeightlessWAN, Long Term Evolution Wide Area Network (LTEWAN)

In particular, it is a system and LPWAN standard type terminal for realizing public OPEN-API platform related to LPWAN standard type terminal to provide public service at government agencies of local governments.

The LoRA terminal includes a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a WiFi communication unit, a triaxial acceleration sensor, a GPS reception unit, an input / output unit, an encryption / decryption unit, a coupling housing, , And a main control unit.

The long distance communication unit is composed of a LPWAN (Low Power Wide Area Network) modem and performs long-distance two-way wireless data communication with one or more LPWAN repeaters within an average distance of 10 km.

The medium distance communication unit may include any one or more of RFID transponders, ZigBee repeaters, Beacons repeaters, etc., which are configured of at least one of an RFID modem, a ZigBee modem, a Beacons modem, a Wi-Fi Direct modem, a Bluetooth modem, and an IrDA (Infrared Data Association) , Wi-Fi Direct Repeater, Bluetooth Repeater, and IrDA Repeater.

The short-range communication unit includes an NFC modem and an NFC tag, and performs bidirectional wireless data communication with an external NFC modem or an external NFC tag located outside the LoRA terminal within 10 cm (for example, an NFC modem inside the LoRA terminal and an NFC tag , And / or LoRA terminal and NFC tag and external NFC modem.

The pairing unit in the LoRA terminal performs pairing wireless two-way data communication with the LoRA terminal (main control unit) through a 1: 1 pairing connection between the main control unit and the smartphone.

The input / output unit connects the wired data cable to the input / output port of the LoRA terminal through an input / output port (I / O port) for wired data communication between the LoRA terminal and the external device to perform bidirectional wired data communication.

In the bidirectional wireless data communication through the wired data communication through the input / output unit, the sensor unit, the long distance communication unit, the middle distance communication unit, and the short distance communication unit, the data performs encrypted communication through encryption / decryption through the encryption / decryption unit After the temperature data measured by the sensor is transmitted to the main controller, the controller encrypts the data by the encryption / decryption unit and transmits the encrypted temperature data to the LPWAN repeater outside the LoRA terminal through the LPWAN modem of the long distance communication unit. In the lower part, the data is decoded and processed / the data is received in the reverse process.)

The coupling housing is an adapter for attaching / detaching a module to the LoRA terminal by inserting a sensor unit, a middle distance communication unit, a short distance communication unit, a rechargeable battery, a triaxial speed sensor, and a GPS receiving unit.

It is a feature of the present invention to allow a module required for a standard type terminal to be attached / detached in accordance with a situation.

The sensor unit removes / attaches the sensor module to the LoRA terminal through the coupling housing and transmits the data received through the sensor to the main controller (for example, when it is necessary to measure and transmit the subway air pollution, When the module is inserted and coupled, the main control unit wirelessly transmits through the LPWAN modem of the long distance communication unit.)

Since the GPS sensor can receive XY coordinate values but can not obtain height information (several layers of the building), the present invention has differentiated characteristics including a four-axis acceleration analysis unit. (In particular, (M) is obtained through the use of a medium distance communication unit and a short distance communication unit, and it has novelty and progressiveness differentiated from other technologies.

The 4-axis acceleration analyzing unit receives the 3-axis data (movement information of the LoRA terminal) measured by the 3-axis acceleration sensor and the position information data (the radial velocity / XY coordinate information) received through the GPS receiver and outputs the GPS XY plane coordinate position information After the data is formed, the Y coordinate corresponding to the number of layers is received through the medium distance communication unit or the short distance communication unit, and is transmitted as the XYZ 3D spatial information data by the 4-axis acceleration analysis unit of the LoRA terminal.

The power unit is composed of a rechargeable battery and a replaceable battery.

The rechargeable battery is supplied with external power through the coupling housing and charged to the LoRA terminal (internal long distance communication unit, middle distance communication unit, short distance communication unit, Wi-Fi communication unit, triaxial speed sensor, GPS receiving unit, encryption / decryption unit, The acceleration analysis unit, the pairing unit, and the main control unit).

(Detailed coupling between the components of the present invention will be described in detail through a main control part.)

When the rechargeable battery is discharged, the main control unit supplies driving power to the long distance communication unit, the GPS receiving unit, the encryption / decryption unit, and the main control unit through the replaceable battery.

The main control unit includes a microprocessor, a microprocessor, a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial acceleration sensor, a GPS reception unit, a power supply unit, (Embedded system) including an operating system (OS) for controlling the integrated system.

The control unit transmits emergency bell operation event data, which combines emergency bell event data, GPS position information data, and MAC address of the LPWAN modem in the long distance communication unit, to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit retransmits the emergency bell operation event data to the Wi-Fi repeater through the Wi-Fi communication unit when the emergency bell operation event data fails to be transmitted to the LPWAN repeater through the long distance communication unit LPWAN modem.

The main control unit transmits the data collected from the middle distance communication unit, the short distance communication unit, the paired unit, the sensor unit, the four axis acceleration analysis unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit (the main control unit is connected through the three- The control unit transmits the collected data to the LPWAN repeater through the LPWAN modem of the long distance communication unit). The CCTV surveillance camera network is a non-profit public service open platform. Wireless personal communication network terminal.

In one embodiment

The LoRA terminal is composed of a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a WiFi communication unit, a triaxial speed sensor, a GPS receiving unit, an input / output unit, a coupling housing, a power unit, a sensor unit, And is attached to a cardioverter defibrillator (AED) enclosure.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The middle distance communication unit is configured by attaching a Bluetooth modem through a coupling housing, and performs wireless data communication with a smart phone through a pairing unit.

The short-range communication unit is composed of an internal NFC modem and an internal NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the LoRA terminal.

The pairing unit transmits the wireless data received from the low output cardiac defibrillator to the paired smart phone through the sensor unit.

The coupling housing is an adapter for attaching / detaching a sensor unit, a middle distance communication unit, a short distance communication unit, a rechargeable battery, a triaxial speed sensor, and a GPS receiving unit to a LoRA terminal.

The sensor unit in the LoRA terminal attaches an IrDA (Infrared Data Association) sensor through a coupling housing to connect a low output cardiac arrestor battery charged state, a door door open / close, a low output cardiac defibrillator, And transmits the data to the main control unit.

In particular, the emergency response service can be provided by utilizing the real-time location tracking and emergency bell function through the location information data of the GPS receiver.

The power supply unit is composed of a replaceable battery and supplies driving power to the long distance communication unit, middle distance communication unit, short distance communication unit, Wi-Fi communication unit, triaxial speed sensor, GPS receiving unit, sensor unit, pairing unit and main control unit in the LoRA terminal.

The main control unit comprises a microprocessor and supplies driving power to the long distance communication unit, the GPS receiving unit, and the main control unit in a power saving mode for maintaining the minimum operation and important functions only through the replaceable battery when the power unit rechargeable battery is discharged.

The main control unit includes a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a power source unit, an input / output unit, and a sensor unit.

The control unit transmits emergency bell operation event data, which combines emergency bell event data, GPS position information data, and MAC address of the LPWAN modem in the long distance communication unit, to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit retransmits the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem and to the Wi-Fi repeater through the Wi-Fi communication unit.

The main control unit transmits data collected from the middle distance communication unit, the short distance communication unit, the paired unit, the sensor unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit receives the battery charge status, the door opening / closing, the movement and use of the low power cardioverter, and the failure / no data from the low power cardiac defibrillator through the sensor unit, and transmits it to the LPWAN repeater through the long distance communication unit LPWAN modem. It is a LoRA terminal that is a non-profit public service open platform self-government wireless self-network communication network using a CCTV surveillance camera network, which is characterized by retransmitting to a Wi-Fi repeater through a Wi-Fi communication unit.

In one embodiment

The LTE-M terminal is composed of a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, an input / output unit, a coupling housing, a power unit, a sensor unit, do.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The middle-range communication unit is composed of a Bluetooth modem and performs wireless data communication with a smart phone through a pairing unit.

The short-range communication unit is composed of an internal NFC modem and an internal NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the LTE-M terminal.

The pairing unit transmits the wireless data received from at least one of the middle-range communication unit, the short-range communication unit, and the sensor unit to the paired smart phone.

The coupling housing is an adapter for attaching / detaching the sensor unit, the middle-range communication unit, the short-range communication unit, the triaxial acceleration sensor, and the GPS receiver unit to the LTE-M terminal.

The sensor unit in the LTE-M terminal attaches the bio-activity detection sensor through the coupling housing, receives data through the bio-activity detection sensor, and transmits the data to the main control unit.

The power supply unit is composed of a replaceable battery and supplies driving power to the long distance communication unit, the middle distance communication unit, the short distance communication unit, the Wi-Fi communication unit, the triaxial speed sensor, the GPS receiving unit, the sensor unit, the pairing unit, and the main control unit in the LTE-

The main control unit includes a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a power source unit, an input / output unit, and a sensor unit.

The control unit transmits emergency bell operation event data, which combines emergency bell event data, GPS position information data, and MAC address of the LPWAN modem in the long distance communication unit, to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit retransmits the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem and to the Wi-Fi repeater through the Wi-Fi communication unit.

The main control unit transmits data collected from the middle distance communication unit, the short distance communication unit, the paired unit, the sensor unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit receives the heart rate, temperature, and sound data through the sensor of the sensor unit and transmits it to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and retransmits it to the Wi-Fi repeater through the Wi- It is a non - profit public service open platform self - government wireless self - communication network terminal using camera network.

In one embodiment

The terminal comprises a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a coupling housing, a power source unit, a sensor unit, an emergency bell and a main control unit.

The long distance communication unit is composed of an LPWAN modem and performs long distance wireless data communication with an LPWAN repeater within 10 km.

The medium-range communication unit may include any one or more of RFID transponders, ZigBee repeaters, Beacons repeaters, Wi-Fi Direct, etc., each of which is configured by at least one of RFID modem, ZigBee modem, Beacons modem, Wi- Repeater, Bluetooth Repeater, IrDA Repeater and medium distance wireless data communication.

The short-range communication unit includes an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the terminal within 10 cm.

The pairing unit transmits the wireless data received from at least one of the middle-range communication unit, the short-range communication unit, and the sensor unit to the paired smart phone.

The coupling housing is an adapter for attaching / detaching the sensor unit, the middle distance communication unit, the short distance communication unit, the rechargeable battery, the triaxial acceleration sensor, and the GPS reception unit to the terminal housing.

The sensor unit in the terminal is connected to the sensor unit through a coupling housing to detect a temperature of the sensor, a temperature sensor, a humidity sensor, a flow rate sensor, a temperature sensor, an altitude sensor, a leakage sensor, a VoCS sensor, a smoke sensor, Sensor, gas sensor, pressure sensor, measurement sensor, wire emergency bell, wireless emergency bell, stand-alone fire alarm, water quality sensor, acceleration sensor, displacement sensor, current sensor, vehicle sensor, gas meter measurement sensor , An electric meter measurement sensor, a water meter measurement sensor, a hot water meter measurement sensor, a low power cardiopulmonary condition monitoring sensor, an illuminance measurement sensor, a weight measurement sensor, and an atmospheric environment sensor module, Lt; / RTI >

The rechargeable battery is supplied with external power through a coupling housing and is charged to a long distance communication unit, a middle distance communication unit, a short distance communication unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, And supplies driving power to the sensor unit, the pairing unit, and the main control unit.

When the rechargeable battery is discharged, the main controller supplies driving power to the long distance communication unit, the GPS receiving unit, the encryption / decryption unit, and the main control unit through the replaceable battery.

The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a power source unit and a sensor unit.

The control unit transmits emergency bell operation event data, which combines emergency bell event data, GPS position information data, and MAC address of the LPWAN modem in the long distance communication unit, to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit retransmits the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem and to the Wi-Fi repeater through the Wi-Fi communication unit.

The main control unit transmits the data collected from the middle distance communication unit, the short distance communication unit, the pairing unit, the sensor unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit. A group wireless device is a communication terminal.

In one embodiment,

LPWAN terminal, local server, LPWAN repeater for internal network, LPWAN repeater for ISP, network for ISP network, ISP provider server, control center network separation server, OPEN API management server Public service open platform In a self-governing wireless self-network terminal system,

The LPWAN terminal includes a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a GPS receiving unit, an input / output unit, a coupling housing, a power source unit, an encryption / decryption unit, a sensor unit, an emergency bell and a main control unit.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The medium-range communication unit may include at least one of an RFID modem, a ZigBee modem, a Beacons modem, a Wi-Fi Direct modem, a Bluetooth modem, and an IrDA modem, and may be an RFID repeater, a ZigBee repeater, a Beacons repeater, Wireless data communication with any one or more of IrDA repeaters.

The short-range communication unit includes an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the LPWAN terminal.

The pairing unit transmits the wireless data received from at least one of the middle-range communication unit, the short-range communication unit, and the sensor unit to the paired smart phone.

The coupling housing is an adapter for attaching / detaching the sensor unit, the middle-range communication unit, the short-range communication unit, and the GPS receiving unit to the terminal housing.

The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller.

The power unit is composed of a battery and supplies the driving power to the LPWAN terminal.

The main control unit includes a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a GPS receiving unit, a power source unit, an input / output unit, and a sensor unit.

The main control unit transmits a hybrid ID address emergency bell event IoST data, which is obtained by encrypting the emergency bell event IoST data including the GPS position-time information data and the hybrid ID address in the encryption / decryption unit through the GPS time zone encryption codec, to the long distance communication unit To the internal network LPWAN repeater and the ISP carrier LPWAN repeater through the LPWAN modem.

The main control unit transmits the internal network IoST data including the GPS position-time information data and the internal network ID address to the internal network data collected from the middle-range communication unit, the short-range communication unit, the pairing unit and the sensor unit through the encryption / Encrypted internal network ID address Internal network IoST data is transmitted to the internal network LPWAN repeater through the LPWAN modem of the long distance communication section.

Control center network separation server is composed of internal network server and external network server. It is a network separation server in which data is transmitted in only one direction from the internal network server to the external network server. The internal network server is a security CCTV The local network is connected to the local server through the self-governing network, and the external network server is connected to the OPEN API management server and the ISP network with the network.

The internal network LPWAN repeater including the encryption / decryption unit receives the hybrid ID address emergency bell event IoST data and the internal network ID address internal network IoST data, and the encryption / decryption unit receives the GPS time zone hybrid ID address and the internal network ID address decoding codec Decoded hybrid ID address IoST data and internal network ID address If the internal network IoST data is transmitted to the local server, the local server transmits the IoST data to the internal network server of the control center network separation server through the self-governing network.

The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address emergency bell event IoST data and outputs the hybrid ID address emergency bell event IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to the ISP server server The ISP server transmits the data to the external network server of the control center network separation server through the ISP provider network.

The control center network separation server compares the hybrid ID address emergency call event IoST data received from the internal network server and the external network server, and generates a fault event and duplicates the important data when it can not be received from any one place.

When the control center network separation server internal network server transmits the data for public service disclosure to an external network server which is transmitted only in one direction, the external network server is connected to a private external network server or a smart phone through an OPEN API management server connected to the ISP carrier network To provide public service disclosure data.

In one embodiment

The terminal includes a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a coupling housing, a sensor unit, a power source unit, an emergency bell and a main control unit.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The medium-range communication unit is configured as an RFID modem and performs wireless data communication with the RFID repeater.

The short-range communication unit includes an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag on the outside of the terminal.

The pairing unit transmits the wireless data received from at least one of the middle-range communication unit, the short-range communication unit, and the sensor unit to the paired smart phone.

The coupling housing is an adapter for attaching / detaching a sensor unit, a middle distance communication unit, a short distance communication unit, a power supply unit, a triaxial acceleration sensor, and a GPS reception unit to the terminal housing.

The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller.

The power unit is composed of a battery and supplies driving power to the terminal.

The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a power source unit and a sensor unit.

The control unit transmits emergency bell operation event data, which combines emergency bell event data, GPS position information data, and MAC address of the LPWAN modem in the long distance communication unit, to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

The main control unit retransmits the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem and to the Wi-Fi repeater through the Wi-Fi communication unit.

The main control unit transmits the data collected from the middle distance communication unit, the short distance communication unit, the sensor unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit. The nonprofit public service open platform self- Communication network terminal.

In one embodiment

The terminal comprises a long distance communication unit, a short distance communication unit, a coupling housing, a sensor unit, a power supply unit, and a main control unit integrally formed in the housing.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The short-range communication unit includes an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag on the outside of the terminal.

The coupling housing is an adapter for attaching / detaching the sensor unit, the short-range communication unit, and the power source unit to the terminal housing.

The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller.

The power unit is composed of a battery and supplies driving power to the terminal.

The main control unit is composed of a microprocessor and controls a long distance communication unit, a short distance communication unit, a power supply unit, and a sensor unit.

The main control unit transmits the data collected from the short distance communication unit and the sensor unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network.

In one embodiment

The terminal includes a long distance communication unit, a middle distance communication unit, a coupling housing, a sensor unit, a power supply unit, and a main control unit integrally formed in the housing.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The medium-range communication unit is configured as an RFID modem and performs wireless data communication with the RFID repeater.

The coupling housing is an adapter for attaching / detaching the sensor unit, the middle-range communication unit, and the power unit to / from the terminal housing.

The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller.

The power unit is composed of a battery and supplies driving power to the terminal.

The main control unit is composed of a microprocessor, and controls a long distance communication unit, a medium distance communication unit, a power supply unit, and a sensor unit.

The main control unit transmits the data collected from the middle distance communication unit and the sensor unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network.

In one embodiment

The terminal comprises a long distance communication unit, a short distance communication unit, a three-axis acceleration sensor, a GPS receiving unit, a sensor unit, an emergency bell, a power supply unit, and a main control unit.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The short-range communication unit includes an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag on the outside of the terminal.

The power unit is composed of a battery and supplies driving power to the terminal.

The main control unit is composed of a microprocessor and controls a long distance communication unit, a short distance communication unit, a three-axis acceleration sensor, a GPS reception unit, a power supply unit, and a sensor unit.

The main control unit transmits the emergency bell event data, the GPS position information data and the MAC address of the LPWAN modem inside the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit when the emergency bell operates.

The main control unit transmits the data collected from the short distance communication unit, the sensor unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network .

In one embodiment

The terminal comprises a long distance communication unit, a short distance communication unit, a GPS receiving unit, a sensor unit, a power supply unit, an emergency bell, and a main control unit integrally formed in the housing.

The long distance communication unit is composed of an LPWAN modem and performs wireless data communication with the LPWAN repeater.

The short-range communication unit includes an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag on the outside of the terminal.

The power unit is composed of a battery and supplies driving power to the terminal.

The main control unit is composed of a microprocessor and controls the long distance communication unit, the short distance communication unit, the GPS receiving unit, the power unit, and the sensor unit.

The main control unit transmits the emergency bell event data, the GPS position information data and the MAC address of the LPWAN modem inside the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit when the emergency bell operates.

The main control unit transmits the data collected from the short distance communication unit, the sensor unit, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network .

In one embodiment

The 4-axis acceleration analyzing unit is additionally constructed to receive the 3-axis data measured through the 3-axis acceleration sensor and the position information data received via the GPS receiver, and outputs the GPS XY plane coordinate position information data and the number of layers through the medium distance communication unit or the short distance communication unit And transmits the combined Y coordinate to XYZ 3D spatial information data of the terminal and transmits it to the main controller. The CCTV surveillance camera network is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network.

In one embodiment

The altimeter is additionally constructed and the altitude position information is added to the GPS position information, and the altitude information is transmitted to the main control unit. This is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network.

In one embodiment

The NFC repeater can be replaced with a ZigBee repeater, a Beacons repeater, a Wi-Fi Direct repeater, a Bluetooth repeater, a IrDA modem, a ZigBee modem, a Beacons modem, a Wi-Fi Direct modem, a Bluetooth modem, The mobile communication terminal is a non-profit public service open platform self-government wireless communication network terminal using a CCTV surveillance camera network.

In one embodiment

The sensor unit in the terminal is connected to the sensor unit through a coupling housing to detect a temperature of the sensor, a temperature sensor, a humidity sensor, a flow rate sensor, a temperature sensor, an altitude sensor, a leakage sensor, a VoCS sensor, a smoke sensor, Sensor, gas sensor, pressure sensor, measurement sensor, wire emergency bell, wireless emergency bell, stand-alone fire alarm, water quality sensor, acceleration sensor, displacement sensor, current sensor, vehicle sensor, gas meter measurement sensor , An electric meter measurement sensor, a water meter measurement sensor, a hot water meter measurement sensor, a low power cardiopulmonary condition monitoring sensor, an illuminance measurement sensor, a weight measurement sensor, and an atmospheric environment sensor module, CCTV surveillance camera network network, which is characterized by the transmission of video data, Terminal.

In one embodiment

The middle-distance communication department replaces the RFID modem with a ZigBee modem, a Beacons modem, a Wi-Fi Direct modem, a Bluetooth modem, or an IrDA modem, and the RFID repeater is a ZigBee repeater, a Beacons repeater, a Wi- The mobile communication terminal is a non-profit public service open platform self-government wireless communication network terminal using a CCTV surveillance camera network.

In one embodiment

The LPWAN (Low Power Wide Area Network) modem of the long distance communication unit may be any one of an UNBWAN (Ultra Narrow Band Wide Area Network) modem, a LoRA Wide Area Network (LoRAWAN) modem, a WeightlessWAN or a Long Term Evolution Wide Area Network And a Low Power Wide Area Network (LPWAN) repeater is either an Ultra Narrow Band Wide Area Network (UNBWAN) repeater or a LoRA Wide Area Network (LoRAWAN) repeater or a WeightlessWAN repeater or a Long Term Evolution Wide Area Network (LTEWAN) repeater The CCTV surveillance camera network is a non-profit public service open platform self-government wireless self-communication terminal using the CCTV surveillance camera network.

In one embodiment

The power supply unit is composed of a rechargeable battery and a replaceable battery. The rechargeable battery is supplied with external power through the coupling housing to supply driving power to the terminal. The main control unit, when the charge of the rechargeable battery is discharged, The CCTV surveillance camera network is a non-profit public service open platform self-government wireless communication network terminal using a CCTV surveillance camera network network.

In one embodiment

And the main control unit is further configured to re-transmit the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem and to the Wi-Fi repeater through the Wi-Fi communication unit when the emergency bell operation event fails. Nonprofit public service using open platform autonomous wireless personal communication network terminal.

In one embodiment

Emergency bell, and GPS receiver, the main control unit transmits emergency bell operation event data, GPS position information data, and MAC address of the LPWAN modem in the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit.

And the main control unit transmits the location information data received from the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and is a non-profit public service open platform self-government wireless communication network terminal using the CCTV surveillance camera network.

In one embodiment

The Bluetooth modem is replaced by one or more of ZigBee modem, RFID modem, Wi-Fi Direct modem, Beacons modem, IrDA modem, and the Bluetooth repeater is a ZigBee repeater, Beacons repeater, Wi-Fi Direct repeater, RFID repeater, IrDA repeater And is used for wireless data communication with any one or more of the repeaters. The non-profit public service open platform self-government wireless self-communication terminal using the CCTV surveillance camera network.

In one embodiment

The LPWAN modem of the long distance communication section is replaced by a modem of either LoRA modem or LTE-M modem or NB-LTE modem IoT @ home modem or NB-IoT modem, and the LPWAN repeater is a LoRA repeater or LTE-M repeater or NB- Wherein the relay station is replaced with one or more repeaters of a repeater, an IoT @ home repeater, and an NB-IoT repeater, and the MAC address is replaced by an IP address or an ID address. Wireless personal communication network terminal.

In one embodiment

Wherein the connection housing of the flower food is an I / O port for wired data communication between the terminal and the external device, wherein the connection housing of the flower food is replaced by a built-in built- Nonprofit public service open platform using surveillance camera network.

In one embodiment,

The main control unit may further include an encryption / decryption unit for encrypting the duplicated IoST data combining the hybrid ID address with a GPS time zone encryption codec in the encryption / decryption unit. The hybrid ID address duplicated IoST data is transmitted through the LPWAN modem of the long distance communication unit Network LPWAN repeater and ISP carrier LPWAN repeater.

The main control unit transmits security IoST data of the internal network ID address, which is encrypted by the encryption / decryption unit in the GPS time zone encryption codec, combined with the internal network ID address to the internal network LPWAN repeater through the LPWAN modem of the long distance communication unit.

The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address duplicated IoST data and transmits the hybrid ID address duplicated IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to ISP server server, The service provider server transmits the service center network to the external network server through the service provider network.

The internal network LPWAN repeater including the encryption / decryption unit receives the internal network ID address security IoST data and the hybrid ID address duplicated IoST data, and decrypts it by the encryption / decryption unit through the GPS time zone internal network ID address decryption codec and the hybrid ID address decryption codec , The local server transmits to the internal network server inside the control center network separation server through the exclusive CCTV self-governing network for security; and

The control center network separation server compares the hybrid ID address received from the internal network server and the external network server with the duplicated IoST data, and generates a fault event when it can not be received in one place.

When the internal network server in the control center network separation server transmits the data for public service disclosure to the external network server which is transmitted only in one direction, the external network server is connected to the private external network server through the OPEN API management server connected to the ISP company network It is a non-profit public service open platform self-government wireless communication network terminal using CCTV surveillance camera network network which provides public service data for smartphone.

If the internal network MAC address of the LPWAN modem is registered in the internal network LPWAN repeater in the terminal and the decoded codec according to the GPS time zone is identical between the encryption codec according to the GPS time zone and the internal network LPWAN repeater, And is a terminal for data communication.

For example, the GSP receiver from the GPS satellite receives the GPS standard time and location data, and the terminal and the repeater exchange the encryption and decryption codecs of the encryption / decryption unit at the same time to perform 1: 1 encrypted data communication. (The principle is to replace a pair of OTP cards at the same time in time.)

When the MAC (ID) address of the LPWAN modem (Modem Chip) is registered in the repeater and the decryption codec according to the GPS time zone coincides with the encryption codec according to the GPS time zone of the terminal and the repeater, the terminal transmits a GPS- Time Password, the concept of GPS One Time Password security is applied.

Since OTP (One Time Password) is a one-time password that changes with time, GPS satellite transmits GPS standard time and location data at the same time, so that the terminal and the repeater can replace the encryption / decryption codec according to the time zone programmed in the main controller It is new and progressive because it uses GPS standard time without error error of battery-driven internal clock like existing OTP, so that it does not cause malfunction and error because it is different from existing OTP.

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Claims (32)

delete delete The terminal includes a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial acceleration sensor, a GPS reception unit, an encryption / decryption unit, a coupling housing, a power unit, a sensor unit, Bell, and main part,
The long distance communication unit is configured as a low power wide area network (LPWAN) modem and performs wireless data communication with the LPWAN repeater;
The medium-range communication unit is composed of any one or more of RFID transponders, ZigBee repeaters, Beacons repeaters, Wi-Fi Direct repeaters, etc., which are composed of RFID modem, ZigBee modem, Beacons modem, Wi-Fi Direct modem, Bluetooth modem, , A Bluetooth repeater, and an IrDA repeater;
Wherein the short-range communication unit comprises an internal NFC modem and an internal NFC tag and performs wireless data communication with an external NFC modem or an external NFC tag outside the terminal;
Wherein the pairing unit transmits wireless data received from at least one of the middle range communication unit, the short range communication unit, and the sensor unit to the paired smart phone;
The coupling housing is an adapter for attaching / detaching the sensor unit, the middle-range communication unit, the short-range communication unit, the triaxial acceleration sensor, and the GPS receiving unit to the terminal and the plug-in unit;
The 4-axis acceleration analyzing unit receives the 3-axis data measured through the 3-axis acceleration sensor and the position information data received through the GPS receiver, and outputs the GPS XY plane coordinate position information data and the Y coordinate corresponding to the number of layers through the middle- And combines them into XYZ 3D spatial information data of the terminal and transmits them to the main controller;
The sensor unit inside the terminal attaches the bio-activity detection sensor through the coupling housing to receive data through the bio-activity detection sensor and transmits the data to the main control unit;
The power unit is composed of a replaceable battery and supplies driving power to a long distance communication unit, a middle distance communication unit, a short distance communication unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a sensor unit, a pairing unit,
The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit,
The main control unit transmits emergency bell operation event data combining emergency bell event data, GPS position information data and MAC address of the LPWAN modem in the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit;
The main control unit retransmits the emergency bell operation event data to the Wi-Fi repeater through the Wi-Fi communication unit upon failure to transmit the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem;
The main control unit transmits data collected from the middle distance communication unit, the short distance communication unit, the paired unit, the sensor unit, the triaxial acceleration sensor, and the GPS receiving unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit;
The main control unit receives the heart rate, temperature, and sound data through the bio-activity detection sensor of the sensor unit and transmits it to the LPWAN repeater through the LPWAN modem of the long distance communication unit, and retransmits to the Wi-Fi repeater through the Wi-
The main control unit transmits the hybrid ID address duplicated IoST data, which is obtained by encrypting the duplicated IoST data combining the hybrid ID address with the encryption / decryption unit of the GPS time zone encryption codec, to the internal network LPWAN repeater and the ISP carrier LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit transmits security IoST data of the internal network ID address which is encrypted by the encryption / decryption unit in the GPS time zone encryption codec combined with the internal network ID address to the internal network LPWAN repeater through the LPWAN modem of the long distance communication unit;
The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address duplicated IoST data and transmits the hybrid ID address duplicated IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to ISP server server, The provider server transmits to the external network server inside the control center network separation server through the ISP business network; and
The internal network LPWAN repeater including the encryption / decryption unit receives the internal network ID address security IoST data and the hybrid ID address duplicated IoST data, and decrypts it by the encryption / decryption unit through the GPS time zone internal network ID address decryption codec and the hybrid ID address decryption codec The local server transmits to the internal network server inside the control center network separation server through the local network for private use; and
The control center network separation server compares the hybrid ID address and the duplicated IoST data received from the internal network server and the external network server, and generates a fault event when it can not be received at any one location;
When the internal network server in the control center network separation server transmits the data for public service disclosure to the external network server which is transmitted only in one direction, the external network server is connected to the private external network server through the OPEN API management server connected to the ISP company network CCTV surveillance camera that provides public service data to smart phone. Open platform for nonprofit citizen service using network network.
The terminal includes a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial acceleration sensor, a GPS reception unit, an encryption / decryption unit, a coupling housing, a power unit, a sensor unit, Bell, and main part,
The long distance communication unit is configured as an LPWAN modem and performs long distance wireless data communication with an LPWAN repeater within 10 km;
The medium-range communication unit may include any one or more of RFID transponders, ZigBee repeaters, Beacons repeaters, Wi-Fi Direct, etc., each of which is configured by at least one of RFID modem, ZigBee modem, Beacons modem, Wi- A repeater, a Bluetooth repeater, and an IrDA repeater;
Wherein the short-range communication unit comprises an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the terminal within 10 cm;
Wherein the pairing unit transmits wireless data received from at least one of the middle range communication unit, the short range communication unit, and the sensor unit to the paired smart phone;
The coupling housing is an adapter for attaching / detaching the sensor unit, the middle distance communication unit, the short distance communication unit, the rechargeable battery, the triaxial acceleration sensor, and the GPS reception unit to the terminal housing.
The sensor unit in the terminal is connected to the sensor unit through a coupling housing to detect a temperature of the sensor, a temperature sensor, a humidity sensor, a flow rate sensor, a temperature sensor, an altitude sensor, a leakage sensor, a VoCS sensor, a smoke sensor, Sensor, gas sensor, pressure sensor, measurement sensor, wire emergency bell, wireless emergency bell, stand-alone fire alarm, water quality sensor, acceleration sensor, displacement sensor, current sensor, vehicle sensor, gas meter measurement sensor , An electric meter measurement sensor, a water meter measurement sensor, a hot water meter measurement sensor, a low power cardiopulmonary condition monitoring sensor, an illuminance measurement sensor, a weight measurement sensor, and an atmospheric environment sensor module, ≪ / RTI >
The rechargeable battery is supplied with external power through a coupling housing and is charged to a long distance communication unit, a middle distance communication unit, a short distance communication unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, The driving power is supplied to the sensor unit, the pairing unit, and the main control unit;
The 4-axis acceleration analyzing unit receives the 3-axis data measured through the 3-axis acceleration sensor and the position information data received through the GPS receiver, and outputs the GPS XY plane coordinate position information data and the Y coordinate corresponding to the number of layers through the middle- And combines them into XYZ 3D spatial information data of the terminal and transmits them to the main controller;
The main control unit is configured by a microprocessor and supplies driving power to the long distance communication unit, the GPS receiving unit, and the main control unit through the replaceable battery when the power unit rechargeable battery is discharged;
The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit,
The main control unit transmits emergency bell event data including emergency bell event data, GPS position information data received from the GPS receiver, and MAC address of the LPWAN modem in the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit retransmits the emergency bell operation event data to the Wi-Fi repeater through the Wi-Fi communication unit upon failure to transmit the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem;
The main control unit transmits the hybrid ID address duplicated IoST data, which is obtained by encrypting the duplicated IoST data combining the hybrid ID address with the encryption / decryption unit of the GPS time zone encryption codec, to the internal network LPWAN repeater and the ISP carrier LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit transmits security IoST data of the internal network ID address which is encrypted by the encryption / decryption unit in the GPS time zone encryption codec combined with the internal network ID address to the internal network LPWAN repeater through the LPWAN modem of the long distance communication unit;
The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address duplicated IoST data and transmits the hybrid ID address duplicated IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to ISP server server, The provider server transmits to the external network server inside the control center network separation server through the ISP business network; and
The internal network LPWAN repeater including the encryption / decryption unit receives the internal network ID address security IoST data and the hybrid ID address duplicated IoST data, and decrypts it by the encryption / decryption unit through the GPS time zone internal network ID address decryption codec and the hybrid ID address decryption codec The local server transmits to the internal network server inside the control center network separation server through the local network for private use; and
The control center network separation server compares the hybrid ID address and the duplicated IoST data received from the internal network server and the external network server, and generates a fault event when it can not be received at any one location;
When the internal network server in the control center network separation server transmits the data for public service disclosure to the external network server which is transmitted only in one direction, the external network server is connected to the private external network server through the OPEN API management server connected to the ISP company network CCTV surveillance camera that provides public service data to smart phone. Open platform for nonprofit citizen service using network network.
The terminal includes a housing, a housing unit, a sensor unit, a power unit, a four-axis acceleration analyzing unit, an emergency bell, a main control unit, a main control unit, ≪ / RTI >
Wherein the long distance communication unit comprises a LPWAN modem and performs wireless data communication with the LPWAN repeater;
Wherein the medium-range communication unit comprises a Bluetooth modem and performs wireless data communication with the Bluetooth repeater;
Wherein the short-range communication unit comprises an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the terminal;
The coupling housing is an adapter for attaching / detaching the sensor unit, the middle distance communication unit, the short distance communication unit, the power unit, the triaxial acceleration sensor, and the GPS reception unit to the terminal housing.
The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller;
The 4-axis acceleration analyzing unit receives the 3-axis data measured through the 3-axis acceleration sensor and the position information data received through the GPS receiver, and outputs the GPS XY plane coordinate position information data and the Y coordinate corresponding to the number of layers through the middle- And combines them into XYZ 3D spatial information data of the terminal and transmits them to the main controller;
The power unit is composed of a battery and supplies driving power to the terminal unit;
The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit, a power unit,
The main control unit transmits emergency bell event data including emergency bell event data, GPS position information data received from the GPS receiver, and MAC address of the LPWAN modem in the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit retransmits the emergency bell operation event data to the Wi-Fi repeater through the Wi-Fi communication unit upon failure to transmit the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem;
The main control unit transmits the hybrid ID address duplicated IoST data, which is obtained by encrypting the duplicated IoST data combining the hybrid ID address with the encryption / decryption unit of the GPS time zone encryption codec, to the internal network LPWAN repeater and the ISP carrier LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit transmits security IoST data of the internal network ID address which is encrypted by the encryption / decryption unit in the GPS time zone encryption codec combined with the internal network ID address to the internal network LPWAN repeater through the LPWAN modem of the long distance communication unit;
The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address duplicated IoST data and transmits the hybrid ID address duplicated IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to ISP server server, The provider server transmits to the external network server inside the control center network separation server through the ISP business network; and
The internal network LPWAN repeater including the encryption / decryption unit receives the internal network ID address security IoST data and the hybrid ID address duplicated IoST data, and decrypts it by the encryption / decryption unit through the GPS time zone internal network ID address decryption codec and the hybrid ID address decryption codec The local server transmits to the internal network server inside the control center network separation server through the local network for private use; and
The control center network separation server compares the hybrid ID address and the duplicated IoST data received from the internal network server and the external network server, and generates a fault event when it can not be received at any one location;
When the internal network server in the control center network separation server transmits the data for public service disclosure to the external network server which is transmitted only in one direction, the external network server is connected to the private external network server through the OPEN API management server connected to the ISP company network CCTV surveillance camera that provides public service data to smart phone. Open platform for nonprofit citizen service using network network.
The terminal includes at least one of a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a triaxial acceleration sensor, a GPS reception unit, an encryption / decryption unit, a coupling housing, a sensor unit, a power unit, ≪ / RTI >
Wherein the long distance communication unit comprises a LPWAN modem and performs wireless data communication with the LPWAN repeater;
Wherein the medium-range communication unit comprises a Bluetooth modem and performs wireless data communication with the Bluetooth repeater;
Wherein the short-range communication unit comprises an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the terminal;
Wherein the pairing unit transmits wireless data received from at least one of the middle range communication unit, the short range communication unit, and the sensor unit to the paired smart phone;
The coupling housing is an adapter for attaching / detaching the sensor unit, the middle distance communication unit, the short distance communication unit, the power unit, the triaxial acceleration sensor, and the GPS reception unit to the terminal housing.
The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller;
The 4-axis acceleration analyzing unit receives the 3-axis data measured through the 3-axis acceleration sensor and the position information data received through the GPS receiver, and outputs the GPS XY plane coordinate position information data and the Y coordinate corresponding to the number of layers through the middle- And combines them into XYZ 3D spatial information data of the terminal and transmits them to the main controller;
The power unit is composed of a battery and supplies driving power to the terminal;
The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a three-axis acceleration sensor, a GPS receiving unit, a power unit,
The main control unit transmits the emergency bell operation event data in the emergency bell operation, the GPS position information data received from the GPS receiver, and the MAC address of the LPWAN modem in the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit;
The main control unit transmits the hybrid ID address duplicated IoST data, which is obtained by encrypting the duplicated IoST data combining the hybrid ID address with the encryption / decryption unit of the GPS time zone encryption codec, to the internal network LPWAN repeater and the ISP carrier LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit transmits security IoST data of the internal network ID address which is encrypted by the encryption / decryption unit in the GPS time zone encryption codec combined with the internal network ID address to the internal network LPWAN repeater through the LPWAN modem of the long distance communication unit;
The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address duplicated IoST data and transmits the hybrid ID address duplicated IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to ISP server server, The provider server transmits to the external network server inside the control center network separation server through the ISP business network; and
The internal network LPWAN repeater including the encryption / decryption unit receives the internal network ID address security IoST data and the hybrid ID address duplicated IoST data, and decrypts it by the encryption / decryption unit through the GPS time zone internal network ID address decryption codec and the hybrid ID address decryption codec The local server transmits to the internal network server inside the control center network separation server through the local network for private use; and
The control center network separation server compares the hybrid ID address and the duplicated IoST data received from the internal network server and the external network server, and generates a fault event when it can not be received at any one location;
When the internal network server in the control center network separation server transmits the data for public service disclosure to the external network server which is transmitted only in one direction, the external network server is connected to the private external network server through the OPEN API management server connected to the ISP company network CCTV surveillance camera that provides public service data to smart phone. Open platform for nonprofit citizen service using network network.
The terminal includes at least one of a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial acceleration sensor, a GPS reception unit, an encryption / decryption unit, a coupling housing, a sensor unit, Bell, and main part,
Wherein the long distance communication unit comprises a LPWAN modem and performs wireless data communication with the LPWAN repeater;
Wherein the medium-range communication unit comprises a Bluetooth modem and performs wireless data communication with the Bluetooth repeater;
Wherein the short-range communication unit comprises an NFC modem and an NFC tag, and performs wireless data communication with an external NFC modem or an external NFC tag outside the terminal;
Wherein the pairing unit transmits wireless data received from at least one of the middle range communication unit, the short range communication unit, and the sensor unit to the paired smart phone;
The coupling housing is an adapter for attaching / detaching the sensor unit, the middle distance communication unit, the short distance communication unit, the power unit, the triaxial acceleration sensor, and the GPS reception unit to the terminal housing.
The sensor unit inside the terminal attaches the sensor module through the coupling housing and transmits data collected from the sensor module to the main controller;
The 4-axis acceleration analyzing unit receives the 3-axis data measured through the 3-axis acceleration sensor and the position information data received through the GPS receiver, and outputs the GPS XY plane coordinate position information data and the Y coordinate corresponding to the number of layers through the middle- And combines them into XYZ 3D spatial information data of the terminal and transmits them to the main controller;
The power unit is composed of a battery and supplies driving power to the terminal;
The main control unit is composed of a microprocessor and controls a long distance communication unit, a middle distance communication unit, a short distance communication unit, a pairing unit, a Wi-Fi communication unit, a triaxial speed sensor, a GPS receiving unit,
The main control unit transmits emergency bell event data including emergency bell event data, GPS position information data received from the GPS receiver, and MAC address of the LPWAN modem in the long distance communication unit to the LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit retransmits the emergency bell operation event data to the Wi-Fi repeater through the Wi-Fi communication unit upon failure to transmit the emergency bell operation event data to the LPWAN repeater through the long distance communication unit LPWAN modem;
The main control unit transmits the hybrid ID address duplicated IoST data, which is obtained by encrypting the duplicated IoST data combining the hybrid ID address with the encryption / decryption unit of the GPS time zone encryption codec, to the internal network LPWAN repeater and the ISP carrier LPWAN repeater through the LPWAN modem of the long distance communication unit ; And
The main control unit transmits security IoST data of the internal network ID address which is encrypted by the encryption / decryption unit in the GPS time zone encryption codec combined with the internal network ID address to the internal network LPWAN repeater through the LPWAN modem of the long distance communication unit;
The ISP carrier LPWAN repeater including the encryption / decryption unit receives the hybrid ID address duplicated IoST data and transmits the hybrid ID address duplicated IoST data decoded by the encryption / decryption unit through the GPS time zone hybrid ID address decoding codec to ISP server server, The provider server transmits to the external network server inside the control center network separation server through the ISP business network; and
The internal network LPWAN repeater including the encryption / decryption unit receives the internal network ID address security IoST data and the hybrid ID address duplicated IoST data, and decrypts it by the encryption / decryption unit through the GPS time zone internal network ID address decryption codec and the hybrid ID address decryption codec The local server transmits to the internal network server inside the control center network separation server through the local network for private use; and
The control center network separation server compares the hybrid ID address and the duplicated IoST data received from the internal network server and the external network server, and generates a fault event when it can not be received at any one location;
When the internal network server in the control center network separation server transmits the data for public service disclosure to the external network server which is transmitted only in one direction, the external network server is connected to the private external network server through the OPEN API management server connected to the ISP company network CCTV surveillance camera that provides public service data to smart phone. Open platform for nonprofit citizen service using network network.
delete delete delete delete delete delete delete delete delete delete delete delete delete The method according to any one of claims 3, 4, 5, 6, and 7,
The altimeter is further configured to add altitude location information to the GPS location information, and transmits the altitude information to the main language unit. The open platform of the non-profit public service using the CCTV surveillance camera network is a self-government wireless communication network terminal.
The method according to any one of claims 3, 4, 5, 6, and 7,
The NFC modem of the short-range communication unit is replaced by one or more of a ZigBee modem, a Beacons modem, a Wi-Fi Direct modem, a Bluetooth modem, or an IrDA modem;
And the external NFC tag is replaced with one or more of a ZigBee repeater, a Beacons repeater, a Wi-Fi Direct repeater, a Bluetooth repeater, and an IrDA repeater to perform wireless data communication. The non-commercial public service open platform using the CCTV surveillance camera network Wireless local area network terminal.
The method according to any one of claims 5, 6, and 7,
The sensor unit in the terminal is connected to the sensor unit through a coupling housing to detect a temperature of the sensor, a temperature sensor, a humidity sensor, a flow rate sensor, a temperature sensor, an altitude sensor, a leakage sensor, a VoCS sensor, a smoke sensor, Sensor, gas sensor, pressure sensor, measurement sensor, wire emergency bell, wireless emergency bell, stand-alone fire alarm, water quality sensor, acceleration sensor, displacement sensor, current sensor, vehicle sensor, gas meter measurement sensor , An electric meter measurement sensor, a water meter measurement sensor, a hot water meter measurement sensor, a low power cardiopulmonary condition monitoring sensor, an illuminance measurement sensor, a weight measurement sensor, and an atmospheric environment sensor module, CCTV surveillance camera network network, which is characterized by the transmission of video data, Terminal.
The method according to any one of claims 5, 6, and 7,
Medium-range Communications Bluetooth Modem is superseded by one or more of ZigBee Modem, RFID Modem, Wi-Fi Direct Modem, Beacons Modem, IrDA Modem, and
The CCTV surveillance camera network is a non-profit public service open platform autonomous entity using the Bluetooth repeater, which is replaced with a repeater of one or more of ZigBee repeater, Beacons repeater, Wi-Fi Direct repeater, RFID repeater and IrDA repeater A group wireless character network terminal.
The method according to any one of claims 4, 5, 6, and 7,
The LPWAN (Low Power Wide Area Network) modem of the long distance communication unit may be any one of a modem of a UNBWAN (Ultra Narrow Band Wide Area Network), a LoRA Wide Area Network (LoRAWAN) modem, a WeightlessWAN or a Long Term Evolution Wide Area Network (LTEWAN) ; And
A low power wide area network (LPWAN) repeater may be replaced by one or more repeaters such as a UNBWAN (Ultra Narrow Band Wide Area Network) repeater or a LoRA Wide Area Network (LoRAWAN) repeater or a WeightlessWAN repeater or a LTEWAN Which is a nonprofit public service open platform using the CCTV surveillance camera network.
The method according to any one of claims 3, 4, 5, 6, and 7,
Wherein the power supply unit is composed of at least one of a rechargeable battery or a replaceable battery, and the rechargeable battery is supplied with external power through a coupling housing to supply driving power to the inside of the terminal. Nonprofit public service Open platform Local government wireless communication network terminal.
delete delete The method according to any one of claims 4, 5, 6, and 7,
The LPWAN modem of the long distance communication unit is replaced by a LoRA modem or an LTE-M modem or an NB-LTE modem, or an IoT @ home modem or an NB-IoT modem;
The LPWAN repeater is replaced by a LoRA repeater or an LTE-M repeater or an NB-LTE repeater or an IoT @ home repeater or an NB-IoT repeater;
And the MAC address is replaced with either an IP address or an ID address. The non-profit public service open platform self-government wireless self-network terminal using the CCTV surveillance camera network.
The method according to any one of claims 3, 4, 5, 6, and 7,
Wherein the coupling housing of the flower food is integrally built into the terminal housing;
Output port (I / O port) for wired data communication between the terminal and the external device by further configuring the input / output unit. The open platform of the non-profit public service using the CCTV surveillance camera network is a self-government wireless communication network terminal.
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